Name___________________________ Anatomy I Homework #1 1
... A.Standing erect, facing observer, arms at side, palms facing to your side B.Standing erect, facing observer, arms at side, palms facing forward C.Standing erect, facing observer, arms at side, palms facing back D.Standing erect, facing observer, arms at side, palms facing outward ...
... A.Standing erect, facing observer, arms at side, palms facing to your side B.Standing erect, facing observer, arms at side, palms facing forward C.Standing erect, facing observer, arms at side, palms facing back D.Standing erect, facing observer, arms at side, palms facing outward ...
15-Minutes-Before-the
... Posterior or superior displacement of the humerus – most common cause of shoulder pain – could be caused by tearing any of the tendons of the musculotendinous cuff that keep the humerus in the glenoid cavity – subscapularis, supra- and infraspinatus, teres minor. Supraspinatus helps keep the head of ...
... Posterior or superior displacement of the humerus – most common cause of shoulder pain – could be caused by tearing any of the tendons of the musculotendinous cuff that keep the humerus in the glenoid cavity – subscapularis, supra- and infraspinatus, teres minor. Supraspinatus helps keep the head of ...
Types of Bones
... over one another. Example: Wrists Ligament: Band of fibrous, slightly elastic connective tissue that attaches bone to bone Help stabilize the movements of bones at a joint Holds bones in place Tendon: Fibrous cord that attaches muscle to the bone PROBLEMS OF THE SKELETAL SYSTEM: Bone fractures ...
... over one another. Example: Wrists Ligament: Band of fibrous, slightly elastic connective tissue that attaches bone to bone Help stabilize the movements of bones at a joint Holds bones in place Tendon: Fibrous cord that attaches muscle to the bone PROBLEMS OF THE SKELETAL SYSTEM: Bone fractures ...
Ca Ba V - VCOMcc
... 1. mesenchymal cells (MCs) (derived from somatic lateral plate mesoderm and paraxial mesoderm cells (particularly schlerotome)) aggregate to form a “model” of developing bone ...
... 1. mesenchymal cells (MCs) (derived from somatic lateral plate mesoderm and paraxial mesoderm cells (particularly schlerotome)) aggregate to form a “model” of developing bone ...
Lab Unit 2 notecards, student
... splenius capitis (H) o: spinous processes of upper thoracic vertebrae i: mastoid process of temporal bone a: extension and rotation of head semispinalis capitis (H) ...
... splenius capitis (H) o: spinous processes of upper thoracic vertebrae i: mastoid process of temporal bone a: extension and rotation of head semispinalis capitis (H) ...
UpperLowerLimbs
... A. The pelvic girdle supports and protects the lower abdominal and pelvic organs B. The pelvic girdle consists of the two coxal bones and the sacrum; it supports the trunk of the body on the lower limbs. ...
... A. The pelvic girdle supports and protects the lower abdominal and pelvic organs B. The pelvic girdle consists of the two coxal bones and the sacrum; it supports the trunk of the body on the lower limbs. ...
Final Exam Study Guide
... o Clavicle fracture o Humeral fracture o Impingement syndrome o Labrum tear o Rotator cuff strain o Sternoclavicular joint sprain ...
... o Clavicle fracture o Humeral fracture o Impingement syndrome o Labrum tear o Rotator cuff strain o Sternoclavicular joint sprain ...
APPENDICULAR Skeleton (Ch. 7)
... 2. Responsible for: Movement (walk/run, etc.) and our ability to manipulate our environment B. Pectoral Girdles (Shoulder Girdles) 1. General Descriptions a. Pectoral girdles: Consist of anterior clavicles and posterior ____________ b. Attach upper limbs to the axial skeleton (maximum R.O.M.) c. Att ...
... 2. Responsible for: Movement (walk/run, etc.) and our ability to manipulate our environment B. Pectoral Girdles (Shoulder Girdles) 1. General Descriptions a. Pectoral girdles: Consist of anterior clavicles and posterior ____________ b. Attach upper limbs to the axial skeleton (maximum R.O.M.) c. Att ...
Document
... External occipital protuberance Foramen magnum through which the inferior part of the spinal cord exits ...
... External occipital protuberance Foramen magnum through which the inferior part of the spinal cord exits ...
Unit 1
... carpals, metacarpals, phalanges, pelvic girdle (ilium, ischium and pubis), femur, patella, tibia, fibula, tarsals, metatarsals and phalanges. ...
... carpals, metacarpals, phalanges, pelvic girdle (ilium, ischium and pubis), femur, patella, tibia, fibula, tarsals, metatarsals and phalanges. ...
The Hip
... Iliotibial band- is the very long tendinous portion of the tensor fascia latae muscle. It runs from the anterior iliac crest to the lateral tibia. The gluteus maximus has tendons that are attached to it. ...
... Iliotibial band- is the very long tendinous portion of the tensor fascia latae muscle. It runs from the anterior iliac crest to the lateral tibia. The gluteus maximus has tendons that are attached to it. ...
The Hip
... Iliotibial band- is the very long tendinous portion of the tensor fascia latae muscle. It runs from the anterior iliac crest to the lateral tibia. The gluteus maximus has tendons that are attached to it. ...
... Iliotibial band- is the very long tendinous portion of the tensor fascia latae muscle. It runs from the anterior iliac crest to the lateral tibia. The gluteus maximus has tendons that are attached to it. ...
The lesser wing
... foramen spinosum communicates the medial cranial fossa to the infratemporal fossa the middle meningeal artery The artery then runs forward and laterally in a groove between the greater wing and the upper surface of the squamous part of the temporal bone behind the spine of sphenoid bone. ...
... foramen spinosum communicates the medial cranial fossa to the infratemporal fossa the middle meningeal artery The artery then runs forward and laterally in a groove between the greater wing and the upper surface of the squamous part of the temporal bone behind the spine of sphenoid bone. ...
Orbital Cavity
... Anteriorly by orbital suface of the frontal process of the zygomatic bone (Separates orbit from temporal fossa) Posteriorly by ant. Surface of the greater wing of the sphenoid bone (Separates orbit from middle cranial fossa. ...
... Anteriorly by orbital suface of the frontal process of the zygomatic bone (Separates orbit from temporal fossa) Posteriorly by ant. Surface of the greater wing of the sphenoid bone (Separates orbit from middle cranial fossa. ...
Document
... anterior, and subclavius • Posterior: latissimus dorsi, trapezius muscles, levator scapulae, and rhomboids • These muscles are involved with the movements of the scapula including elevation, depression, rotation, and lateral and medial movements ...
... anterior, and subclavius • Posterior: latissimus dorsi, trapezius muscles, levator scapulae, and rhomboids • These muscles are involved with the movements of the scapula including elevation, depression, rotation, and lateral and medial movements ...
Muscle Notes Part V
... • cephalic to caudal direction (head to tail) • Babies raise their head, then sit up, and then stand ...
... • cephalic to caudal direction (head to tail) • Babies raise their head, then sit up, and then stand ...
The Skeleton - Northwest ISD Moodle
... Attachment for several muscles that move the upper limbs ...
... Attachment for several muscles that move the upper limbs ...
Anatomy and Physiology I Fall 2014 The Skeletal System, Part 2 Be
... Glenoid cavity – articulates with head of humerus Spine Supraspinous fossa – depression above spine on posterior surface Infraspinous fossa – depression below spine on posterior surface Subscapular fossa – depression on anterior surface Acromion process - posterior Coracoid process - anterior Medial ...
... Glenoid cavity – articulates with head of humerus Spine Supraspinous fossa – depression above spine on posterior surface Infraspinous fossa – depression below spine on posterior surface Subscapular fossa – depression on anterior surface Acromion process - posterior Coracoid process - anterior Medial ...
Skeletal System
... How Do Muscles Contract? • Myosin- thick filaments • Actin- thin filaments • Cross Bridges- knoblike projections that form in each myosin filament when actin and myosin come together. ...
... How Do Muscles Contract? • Myosin- thick filaments • Actin- thin filaments • Cross Bridges- knoblike projections that form in each myosin filament when actin and myosin come together. ...
1 - Chiropractic National Board Review Questions
... goes to the subarachnoid space by way of foramen of luskuf & magendie. Then it goes to the spinal cord then to superior sagital sinus & is reabsorbed by arachnoid villi. 51. The dorsal lateral fasciculus does not transmitt sensation of? A. Pain B. Vibration C. Proprioception D. 2 point discrimation ...
... goes to the subarachnoid space by way of foramen of luskuf & magendie. Then it goes to the spinal cord then to superior sagital sinus & is reabsorbed by arachnoid villi. 51. The dorsal lateral fasciculus does not transmitt sensation of? A. Pain B. Vibration C. Proprioception D. 2 point discrimation ...
Effect of rotator cuff strengthening as an adjunct to standard care in
... and at the level of elbow. Have the patient pull across the front of the trunk into internal rotation. Shoulder abduction and scaption (deltoid and supraspinatus) Since it is commonly accepted that most functional activities occur with the humerus 30-45 degrees forward to the frontal plane where the ...
... and at the level of elbow. Have the patient pull across the front of the trunk into internal rotation. Shoulder abduction and scaption (deltoid and supraspinatus) Since it is commonly accepted that most functional activities occur with the humerus 30-45 degrees forward to the frontal plane where the ...
Period 5 THE SKULL!
... Supraorbital foramen - opening that pierces ridge above each orbit forming passageway for blood vessels and nerves above orbit, there are frontal sinuses that make the bone lighter and produce mucus. infraorbital foramen - opening for a major sensory nerve from the face ...
... Supraorbital foramen - opening that pierces ridge above each orbit forming passageway for blood vessels and nerves above orbit, there are frontal sinuses that make the bone lighter and produce mucus. infraorbital foramen - opening for a major sensory nerve from the face ...
Scapula
In anatomy, the scapula (plural scapulae or scapulas) or shoulder blade, is the bone that connects the humerus (upper arm bone) with the clavicle (collar bone). Like their connected bones the scapulae are paired, with the scapula on the left side of the body being roughly a mirror image of the right scapula. In early Roman times, people thought the bone resembled a trowel, a small shovel. The shoulder blade is also called omo in Latin medical terminology.The scapula forms the back of the shoulder girdle. In humans, it is a flat bone, roughly triangular in shape, placed on a posterolateral aspect of the thoracic cage.